Profile Infrastructure unifies identity, credentials, skills, experience and career intelligence into a trusted, privacy-first platform powering AI, enterprises, governments and global talent ecosystems.
Current identity and credential systems are fragmented across silos. GenuineIN converges all source providers into a single, cryptographically verified infrastructure for humans and AI agents.
Consolidates fragmented records across universities, employers, and certifiers into one sovereign profile.
Cryptographically signed credentials eliminate resume fraud and manual verification.
Zero-Knowledge Proofs allow granular selective disclosure and total user consent control.
Model Context Protocol (MCP) natively feeds structured context into AI LLMs and agents.
Modular, enterprise-grade architecture engineered to support global scale, zero latency, and trust across all digital interactions.
Decentralized Identifiers (DIDs) providing sovereign, self-managed digital identity anchored on immutable registries.
W3C Verifiable Credentials issuing tamper-proof digital seals for education, employment, and skills.
Zero-Knowledge Proof engine enabling attribute verification without disclosing personal data.
Real-time skill graph modeling, capability taxonomy, and career intent vectorization.
Universal API, GraphQL, and MCP gateways bridging identity with enterprise HR and AI models.
Global network uniting universities, corporations, certifiers, governments, and AI frameworks.
A modular, tiered pipeline connecting AI agents, enterprise gateways, zero-knowledge provers, and sovereign profile cores.
AI Agents require real-time, verified human context. GenuineIN interfaces directly via Model Context Protocol (MCP).
{
"protocol": "Model Context Protocol v1.0",
"subject_did": "did:genuinein:8f39a0c71b4e29f",
"verified_claims": {
"education": "M.S. Artificial Intelligence, Stanford (Verified)",
"skills": ["Distributed Systems", "LLM Alignment", "Rust"],
"experience_years": 8,
"security_clearance": "Level-3 Enterprise Verified"
},
"zero_knowledge_proof": "0x9f1a28...zkp_proof_valid"
}
A multi-dimensional sovereign matrix representing every verified dimension of professional capabilities.
Verified degree claims directly anchored by university root keys. Zero-tamper protection.
Native connections across educational institutions, talent platforms, enterprise HR systems, and government identity networks.
Integrate profile verification, credential issuing, and AI context streaming in under 10 lines of code.
import { GenuineIN } from '@genuinein/sdk'; // Initialize Infrastructure Client const client = new GenuineIN({ apiKey: process.env.GENUINEIN_KEY, }); // Verify Candidate Credential const result = await client.credentials.verify({ did: 'did:genuinein:candidate_123', requiredSkill: 'Cybersecurity' }); console.log(result.isValid); // true
Engineered around strict data sovereignty laws (GDPR, CCPA) and Zero Trust architecture.
Every request is authenticated, encrypted, and verified continuously.
Data encrypted in transit (TLS 1.3) and at rest (AES-256) with HSM key management.
Users maintain granular, real-time control to grant or revoke profile access.
Cryptographically verifiable log of all credential verification events.
Issue tamper-proof digital degrees and transcripts directly into student sovereign wallets.
Automate background verification and streamline talent onboarding with instant digital trust.
Power sovereign identity registries and enable cross-border workforce mobility.
Take lifelong ownership of academic achievements, career history, and AI representation.
Power trusted digital identity, AI context streaming, and verified talent intelligence using the next-generation Profile Infrastructure.